Flame-retardant alloys.
Gigapress forming.
Ruggedized coatings.

Engineered together, Estes is rebuilding the industrial base for exceptional products derived from magnesium alloys and manufacturing processes. From raw materials to final form, fit & function all under one roof.

Made here in the USA.

Driving Innovation

Driving Innovation

Our Magnesium Thesis

Estes has been quietly innovating across all aspects of this incredible material: flame retardant alloys, an automotive scale forming process, and a multi-layer coating.  Together, Estes is building a domestic manufacturing capability for large format magnesium components - built in the USA.

01

Alloy: MgCarbonit™

Estes’ proprietary magnesium alloy: 33% lighter than aluminum, thermally conductive, flame retardant. Two formulations: MgCarbonit60 (high ductility) and MgCarbonit91 (high strength). Recyclable. 3rd party tested to FAA safety standards.

01

Alloy: MgCarbonit™

Estes’ proprietary magnesium alloy: 33% lighter than aluminum, thermally conductive, flame retardant. Two formulations: MgCarbonit60 (high ductility) and MgCarbonit91 (high strength). Recyclable. 3rd party tested to FAA safety standards.

02

Forming: Giga-Thixomolding

Estes’ thixomolding press is a fully-electric light metal casting machine capable of producing some of the largest magnesium components in the world. Raw materials in, thermo-structural frames out.  Up to 30kg of MgCarbonit material can be molded at one shot-per-minute.

02

Forming: Giga-Thixomolding

Estes’ thixomolding press is a fully-electric light metal casting machine capable of producing some of the largest magnesium components in the world. Raw materials in, thermo-structural frames out.  Up to 30kg of MgCarbonit material can be molded at one shot-per-minute.

03

Coating: Levius™

Pure magnesium is highly corrosive. Estes’ proprietary Levius coating morphs magnesium surfaces into stable oxide ceramic, unlocking the ability to use MgCarbonit as a thermo-structural element in high voltage systems exposed to brutal environments.

03

Coating: Levius™

Pure magnesium is highly corrosive. Estes’ proprietary Levius coating morphs magnesium surfaces into stable oxide ceramic, unlocking the ability to use MgCarbonit as a thermo-structural element in high voltage systems exposed to brutal environments.

Illustration of stacked magnesium battery blocks
Illustration of stacked magnesium battery blocks
Illustration of stacked magnesium battery blocks

The full stack, on US soil.

From alloy to high-voltage system, every step of the Estes technology stack runs through a single manufacturing facility.  Estes is actively seeking partnerships with companies who are interested in implementing magnesium into their own platforms.  The next step is a technical conversation

The full stack, on US soil.

From alloy to high-voltage system, every step of the Estes technology stack runs through a single manufacturing facility.  Estes is actively seeking partnerships with companies who are interested in implementing magnesium into their own platforms.  The next step is a technical conversation

The full stack, on US soil.

From alloy to high-voltage system, every step of the Estes technology stack runs through a single manufacturing facility.  Estes is actively seeking partnerships with companies who are interested in implementing magnesium into their own platforms.  The next step is a technical conversation

Frequently asked questions.

Can't find the answer you're looking for? We're here to help.

What is the Levius Process?

Estes' proprietary Levius™ process is an end-to-end manufacturing and coating process for magnesium components. It integrates three steps: Estes' flame retardant MgCarbonit™ alloy mixing process, giga-thixomolding, and application of a multi-layer, protective coating that unlocks magnesium for high-voltage cell-to-pack battery architectures. Estes is growing its portfolio of patents pending and trade secrets which cover Levius™ processes, materials, and manufacturing recipes.

How does giga-thixomolding differ from conventional magnesium die casting?

Can Magnus™ integrate next-generation cell chemistries without an architecture redesign?

What certifications will the Magnus™ platform obtain?

Where is the Magnus™ platform manufactured, and what are its domestic content credentials?